3,560 first-hand accounts of flood events in New York, ranked by impact. Each is a NOAA-written narrative of the moment.
A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →A mid-January thaw occurred for several days, allowing much of the snow pack to melt into river runoff. This combined with a moderate rainfall of 1 to 2 inches across the region was enough to loosen the river ice cover throughout central New York.
Read the full account →Strong to severe convection developed as a warm and sultry air mass interacted with several boundaries, including at least two 'pieces' of a cold front, lake breeze boundaries, and several outflow boundaries.
Read the full account →Strong to severe convection developed as a warm and sultry air mass interacted with several boundaries, including at least two 'pieces' of a cold front, lake breeze boundaries, and several outflow boundaries.
Read the full account →Strong to severe convection developed as a warm and sultry air mass interacted with several boundaries, including at least two 'pieces' of a cold front, lake breeze boundaries, and several outflow boundaries.
Read the full account →Strong to severe convection developed as a warm and sultry air mass interacted with several boundaries, including at least two 'pieces' of a cold front, lake breeze boundaries, and several outflow boundaries.
Read the full account →Strong to severe convection developed as a warm and sultry air mass interacted with several boundaries, including at least two 'pieces' of a cold front, lake breeze boundaries, and several outflow boundaries.
Read the full account →Strong to severe convection developed as a warm and sultry air mass interacted with several boundaries, including at least two 'pieces' of a cold front, lake breeze boundaries, and several outflow boundaries.
Read the full account →A mid level closed low, more typical of the cold season, passed slowly through PA and into eastern NY. Abundant moisture in the presence of this anomalous forcing produced heavy rain and flash flooding.
Read the full account →A mid level closed low, more typical of the cold season, passed slowly through PA and into eastern NY. Abundant moisture in the presence of this anomalous forcing produced heavy rain and flash flooding.
Read the full account →A mid level closed low, more typical of the cold season, passed slowly through PA and into eastern NY. Abundant moisture in the presence of this anomalous forcing produced heavy rain and flash flooding.
Read the full account →A mid level closed low, more typical of the cold season, passed slowly through PA and into eastern NY. Abundant moisture in the presence of this anomalous forcing produced heavy rain and flash flooding.
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